export default [
    {text: "压力",id:"P", unit: "PaA"},
    {text: "温度",id:"T", unit:  "K"},
    {text: "摩尔质量",id:"M", unit: "kg/mol"},
    
    {text: "还原密度 (rho/rhoc)",id:"DELTA"},
    {text: "摩尔密度",id:"DMOLAR", unit: "mol/m3"},
    {text: "质量密度",id:"D", unit: "kg/m3"},
    {text: "摩尔比焓",id:"HMOLAR", unit: "J/mol"},
    {text: "质量比焓",id:"H", unit: "J/kg"},
    {text: "摩尔比熵",id:"SMOLAR", unit: "J/(mol.K)"},
    {text: "质量比熵",id:"S", unit: "J/(kg.K)"}, 
    {text: "质量定容比热",id:"CVMASS", unit: "J/(kg.K)"},
    {text: "摩尔定容比热",id:"CVMOLAR", unit: "J/(mol.K)"},
    {text: "质量比定压比热",id:"C", unit: "J/(kg.K)"},
    {text: "摩尔定压比热",id:"CPMOLAR", unit: "J/(mol.K)"},
    {text: "理想气体质量定压比热",id:"CP0MASS", unit: "J/(kg.K)"},
    {text: "理想气体摩尔定压比热",id:"CP0MOLAR", unit: "J/(mol.K)"},
    
    {text: "干度",id:"Q", unit: "mol/mol"},
    {text: "摩尔气体常数",id:"GAS_CONSTANT", unit: "J/(mol.K)"},
    
    {text: "导热系数",id:"CONDUCTIVITY", unit: "W/(m.K)"},
    {text: "声速",id:"A", unit: "m/s", "unitset":  "speed_unit"},
    {text: "表面张力",id:"I", unit: "N/m"},
    {text: "粘度",id:"V", unit: "Pa.s"},
    {text: "压缩因子",id:"Z"},
    {text: "等熵膨胀系数",id:"ISENTROPIC_EXPANSION_COEFFICIENT"},
    {text: "等压膨胀系数",id:"ISOBARIC_EXPANSION_COEFFICIENT", unit: "1/K"},
    {text: "等温压缩性",id:"ISOTHERMAL_COMPRESSIBILITY", unit: "1/Pa"},
    
    {text: "倒数还原温度 (Tc/T)",id:"TAU"},
    {text: "偏心因子",id:"ACENTRIC"},
    {text: "偶极矩",id:"DIPOLE_MOMENT", unit: "C m"},
    {text: "临界点压力",id:"PCRIT", unit: "Pa"},
    
    {text: "三相点的压力",id:"PTRIPLE", unit: "Pa"},
    {text: "还原点压力",id:"P_REDUCING", unit: "Pa"},
    {text: "临界点质量密度",id:"RHOCRIT", unit: "kg/m3"},
    {text: "还原点质量密度",id:"RHOMASS_REDUCING", unit: "kg/m3"},
    {text: "临界点摩尔密度",id:"RHOMOLAR_CRITICAL", unit: "mol/m3"},
    {text: "还原点摩尔密度",id:"RHOMOLAR_REDUCING", unit: "mol/m3"},
    {text: "残差摩尔熵",id:"SMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    {text: "临界点温度",id:"TCRIT", unit: "K"},
    {text: "最高温度限值",id:"TMAX", unit: "K"},
    {text: "最低温度限值",id:"TMIN", unit: "K"},
    {text: "三相点的温度",id:"TTRIPLE", unit: "K"},
    {text: "不可压缩溶液的冻结温度",id:"T_FREEZE", unit: "K"},
    {text: "还原点温度",id:"T_REDUCING", unit: "K"},
    {text: "残余摩尔焓",id:"HMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    
    {text: "质量比吉布斯能",id:"G", unit: "J/kg"},
    {text: "摩尔比吉布斯能",id:"GMOLAR", unit: "J/mol"},
    
    {text: "质量比亥姆霍兹能",id:"HELMHOLTZMASS", unit: "J/kg"},
    {text: "摩尔比亥姆霍兹能",id:"HELMHOLTZMOLAR", unit: "J/mol"},
    {text: "残余摩尔吉布斯能",id:"GMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    
    {text: "理想亥姆霍兹能量",id:"ALPHA0"},
    {text: "剩余亥姆霍兹能量",id:"ALPHAR"},
    {text: "理想亥姆霍兹能与δ的导数",id:"DALPHA0_DDELTA_CONSTTAU"},
    {text: "理想亥姆霍兹能与τ的导数",id:"DALPHA0_DTAU_CONSTDELTA"},
    {text: "剩余亥姆霍兹能量与δ的导数",id:"DALPHAR_DDELTA_CONSTTAU"},
    {text: "剩余亥姆霍兹能量与τ的导数",id:"DALPHAR_DTAU_CONSTDELTA"},
    {text: "第二维里系数",id:"BVIRIAL"},
    {text: "第三维里系数",id:"CVIRIA"},
    
    {text: "第二维里系数对T的导数",id:"DBVIRIAL_DT"},
    {text: "第三维里系数对T的导数",id:"DCVIRIAL_DT"},
    {text: "不可压缩溶液分数（摩尔，质量，体积）的最大值",id:"FRACTION_MAX"},
    {text: "不可压缩溶液分数（摩尔、质量、体积）的最小值",id:"FRACTION_MIN"},
    {text: "最大压力限值",id:"PMAX", unit: "Pa"},
    {text: "最小压力限值",id:"PMIN", unit: "Pa"},
    
    {text: "气体动力学的基本导数",id:"FUNDAMENTAL_DERIVATIVE_OF_GAS_DYNAMICS"},
    {text: "百年全球变暖潜能值",id:"GWP100"},
    {text: "20年全球变暖潜能值",id:"GWP20"},
    {text: "500年全球变暖潜能值",id:"GWP500"},
    {text: "可燃性危险",id:"FH"},
    {text: "健康危害",id:"HH"},
    {text: "臭氧消耗潜能值",id:"ODP"},
    //{text: "Phase index as a float",id:"PHASE"},
    {text: "物理危害",id:"PH"},
    //{text: "Phase identification parameter",id:"PIP"},
    {text: "普朗特数",id:"PRANDTL"},
    {text: "还原密度 (rho/rhoc)",id:"DELTA"},
    {text: "摩尔密度",id:"DMOLAR", unit: "mol/m3"},
    {text: "质量密度",id:"D", unit: "kg/m3"},
    {text: "摩尔比焓",id:"HMOLAR", unit: "J/mol"},
    {text: "质量比焓",id:"H", unit: "J/kg"},
    {text: "压力",id:"P", unit: "Pa"},
    {text: "干度",id:"Q", unit: "mol/mol"},
    {text: "摩尔比熵",id:"SMOLAR", unit: "J/(mol.K)"},
    {text: "质量比熵",id:"S", unit: "J/(kg.K)"},
    {text: "倒数还原温度 (Tc/T)",id:"TAU"},
    {text: "温度",id:"T", unit:  "K"},
    {text: "摩尔比熵",id:"UMOLAR", unit: "J/mol"},
    {text: "摩尔比熵",id:"U", unit: "J/kg"},
    {text: "偏心因子",id:"ACENTRIC"},
    {text: "理想亥姆霍兹能量",id:"ALPHA0"},
    {text: "剩余亥姆霍兹能量",id:"ALPHAR"},
    {text: "声速",id:"A", unit: "m/s", "unitset":  "speed_unit"},
    {text: "第二维里系数",id:"BVIRIAL"},
    {text: "导热系数",id:"CONDUCTIVITY", unit: "W/(m.K)"},
    {text: "理想气体质量比恒压比热",id:"CP0MASS", unit: "J/(kg.K)"},
    {text: "理想气体摩尔比恒压比热",id:"CP0MOLAR", unit: "J/(mol.K)"},
    {text: "摩尔比定压比热",id:"CPMOLAR", unit: "J/(mol.K)"},
    {text: "第三维里系数",id:"CVIRIA"},
    {text: "质量比定容比热",id:"CVMASS", unit: "J/(kg.K)"},
    {text: "摩尔比定容比热",id:"CVMOLAR", unit: "J/(mol.K)"},
    {text: "质量比定压比热",id:"C", unit: "J/(kg.K)"},
    {text: "理想亥姆霍兹能与δ的导数",id:"DALPHA0_DDELTA_CONSTTAU"},
    {text: "理想亥姆霍兹能与τ的导数",id:"DALPHA0_DTAU_CONSTDELTA"},
    {text: "剩余亥姆霍兹能量与δ的导数",id:"DALPHAR_DDELTA_CONSTTAU"},
    {text: "剩余亥姆霍兹能量与τ的导数",id:"DALPHAR_DTAU_CONSTDELTA"},
    {text: "第二维里系数对T的导数",id:"DBVIRIAL_DT"},
    {text: "第三维里系数对T的导数",id:"DCVIRIAL_DT"},
    {text: "偶极矩",id:"DIPOLE_MOMENT", unit: "C m"},
    {text: "可燃性危险",id:"FH"},
    {text: "不可压缩溶液分数（摩尔，质量，体积）的最大值",id:"FRACTION_MAX"},
    {text: "不可压缩溶液分数（摩尔、质量、体积）的最小值",id:"FRACTION_MIN"},
    {text: "气体动力学的基本导数",id:"FUNDAMENTAL_DERIVATIVE_OF_GAS_DYNAMICS"},
    {text: "摩尔气体常数",id:"GAS_CONSTANT", unit: "J/(mol.K)"},
    {text: "残余摩尔吉布斯能",id:"GMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    {text: "摩尔比吉布斯能",id:"GMOLAR", unit: "J/mol"},
    {text: "百年全球变暖潜能值",id:"GWP100"},
    {text: "20年全球变暖潜能值",id:"GWP20"},
    {text: "500年全球变暖潜能值",id:"GWP500"},
    {text: "质量比吉布斯能",id:"G", unit: "J/kg"},
    {text: "质量比亥姆霍兹能",id:"HELMHOLTZMASS", unit: "J/kg"},
    {text: "摩尔比亥姆霍兹能",id:"HELMHOLTZMOLAR", unit: "J/mol"},
    {text: "健康危害",id:"HH"},
    {text: "残余摩尔焓",id:"HMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    {text: "等熵膨胀系数",id:"ISENTROPIC_EXPANSION_COEFFICIENT"},
    {text: "等压膨胀系数",id:"ISOBARIC_EXPANSION_COEFFICIENT", unit: "1/K"},
    {text: "等温压缩性",id:"ISOTHERMAL_COMPRESSIBILITY", unit: "1/Pa"},
    {text: "表面张力",id:"SURFACE_TENSION", unit: "N/m"},
    {text: "摩尔质量",id:"M", unit: "kg/mol"},
    {text: "臭氧消耗潜能值",id:"ODP"},
    {text: "临界点压力",id:"PCRIT", unit: "Pa"},
    //{text: "Phase index as a float",id:"PHASE"},
    //{text: "物理危害",id:"PH"},
    //{text: "Phase identification parameter",id:"PIP"},
    {text: "最大压力限值",id:"PMAX", unit: "Pa"},
    {text: "最小压力限值",id:"PMIN", unit: "Pa"},
    {text: "普朗特数",id:"PRANDTL"},
    {text: "三相点的压力",id:"PTRIPLE", unit: "Pa"},
    {text: "还原点压力",id:"P_REDUCING", unit: "Pa"},
    {text: "临界点质量密度",id:"RHOCRIT", unit: "kg/m3"},
    {text: "还原点质量密度",id:"RHOMASS_REDUCING", unit: "kg/m3"},
    {text: "临界点摩尔密度",id:"RHOMOLAR_CRITICAL", unit: "mol/m3"},
    {text: "还原点摩尔密度",id:"RHOMOLAR_REDUCING", unit: "mol/m3"},
    {text: "残差摩尔熵",id:"SMOLAR_RESIDUAL", unit: "J/(mol.K)"},
    {text: "临界点温度",id:"TCRIT", unit: "K"},
    {text: "最高温度限值",id:"TMAX", unit: "K"},
    {text: "最低温度限值",id:"TMIN", unit: "K"},
    {text: "三相点的温度",id:"TTRIPLE", unit: "K"},
    {text: "不可压缩溶液的冻结温度",id:"T_FREEZE", unit: "K"},
    {text: "还原点温度",id:"T_REDUCING", unit: "K"},
    {text: "粘度",id:"V", unit: "Pa.s"},
    {text: "压缩因子",id:"Z"}
]